Impac Highspeed Series Pyrometers:
Operational temperature range (°C): 160 and 2500 °C (4 ranges in between)
Spectral Range (m): 1.58 and 2.2 (3 ranges in between)
Measurement Uncertainty (°C): 0.75% oR
Optics (mm): Focusable optics, Fiber optics
FOV (minimum spot size) (mmm): Min 280:1 (0.3)
Alignment / Sighting: LED targeting light or view finder
Interface / Output (mA): 0/4 to 20 mA
Exposure Time t90 (ms): Multiple specifications. Please refer to Datasheet.
Ambient Temperature (°C): 0 to 260
Protection Class: IP54 (according to DIN 40 050)
Power Supply (mV): 24000
Emissivity: 0.1 to 1, continuously adjustable
Weight (kg): Multiple. Please refer to Datasheet.
Connection: 5-pin connector
Operating Position: Any
CE-label: According to EU directives about electromagnetical immunity
Wavelength Repeatability (pm): 0.3% oR
Description
Impac Highspeed Series Pyrometers
- Ultra fast pyrometers for high speed applications. Versions with or without optical fiber for
measurements on metals, ceramics, graphite, etc. Temperature ranges between 160 and 3500 °C.
The Impac High Speed 740 pyrometers offer the extremely fast 6 μs response time and are ideal for high-speed applications. IGA 740: The compact IGA 740 is available with either focusable or macro optics. Use focusable optics featuring a measuring distance between 450 and 3000 mm to achieve small spot sizes. And, depending on the temperature range, macro optics provide a spot size of only 0.7 mm or 1 mm at fixed distance. IGA 740-LO: The IGA 740-LO uses an optical fiber and optical head for transmitting radiation. The fiber and optical head are unaffected by electromagnetic interferences (e.g. induction). They can be used in very high ambient temperatures up to 260°C without cooling.
Key Features
Extremely fast response time of only 6 μs
High quality optics for detection of small measuring objects
Built-in LED targeting light for easy alignment to the measuring object; IGA 740 also available with view finder
Laser protection filter (optional) to shield the laser wavelength for laser applications
Benefits
Measure fast-moving objects or rapid temperature changes
Easily align with targeting light
Shield the laser wavelength
Detect small measuring objects via high-quality optics
